Pre-Oxygen Silk Fabric Vs Traditional Flame Retardant Fabric: An Ultimate Showdown On Safety And Performance
2025-03-26
In the field of specialty textiles, the choice of materials is often related to life safety. As a representative of the new generation of protective materials, pre-oxygen silk fabrics are challenging the industry status of traditional flame retardant fabrics with disruptive performance advantages.
1. Technology generation difference in flame retardant mechanism
Pre-oxygen wire: "Intrinsic flame retardant" is achieved through molecular structure modification, with an ultimate oxygen index (LOI) up to 38-55%. When it encounters fire, only the surface is carbonized and no melt droplets are generated.
Traditional flame retardant fabrics: rely on post-organization flame retardants (such as phosphorus and nitrogen compounds), the LOI value is usually 28-32%, and the flame retardant effect deteriorates significantly after multiple washings.
Experimental data: After 50 washes, the flame retardant performance retention rate of pre-oxygen wire is 100%, while the flame retardant cotton performance is reduced by 60%.
2. Survival ability in extreme environments
In the simulated chemical environment comparison test:
Performance Indicators | Oxygen-reducing Silk Fabric | Fluoroethylene Fiber | Flame-retardant Polyester Fabric |
Temperature Resistance Limit (℃) | 600 | 400 | 260 |
Acid Corrosion Loss Rate | <3% | 8% | 15% |
Wet Heat Aging Strength Retention Rate | 95% | 80% | 65% |
3. Comprehensive Protection Performance Matrix
The pre-oxygenated silk fabric innovatively achieves the "Protection+" feature:
Thermal protection + Chemical protection: The only fabric capable of simultaneously resisting high-temperature splashes and strong acid erosion
Static protection + Dynamic protection: The breaking strength reaches 8.5 cN/dtex, suitable for high-intensity operations
Basic protection + Intelligent protection: It can integrate a temperature sensing module to achieve early warning functions
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